Set up the server in SMP mode and use WLM to manage resources effectively
Set up eight dedicated LPARs and use DLPAR to manage resources effectively
Set up a shared pool with eight capped LPARs including production and test/dev
Set up a shared pool with eight uncapped LPARs with priority weight to Production
第1题:
Companycom has a p5 590 that has their production LPAR, their Tivoli Storage Manager (TSM) LPAR, and several other LPARs. What method would provide connectivity between the production LPAR, and the TSM LPAR, but be isolated from the other LPARs in the system without utilizing a Virtual IO Server or physical adapter resources?()
第2题:
Companycom has just purchased a p5 570 with AIX 5.3. The customer would like to add a training LPAR to the system, but no processors are available. All of the partitions are using dedicated resources. The test LPAR is using one processor and has a 90% CPU idle rate. What can be done to setup this training LPAR quickly without disabling their current environment?()
第3题:
Companycom has seven days of vmstat data on a p5 590. The server has a total of four test/dev LPARs and 4 production LPARs of one processor each. On the four test/dev LPARs, the data shows 90-95% peak utilizations with a duration of from 5 to 10 minutes. The average utilizations of all LPARs were between 15-30%. All of the applications have different times when they peak. What is the best configuration to fully utilize the processor resource?()
第4题:
Companycom has five LPARs, but only one CD drive. How should the CD drive be shared among all the users without system administrator action?()
第5题:
Companycom has just installed a p5 595 with four uncapped LPARs in a shared processor pool. The system and profile settings are still in their default states. One of the LPARs has an application that is consuming all of the available shared processor resources. Users of this application are complaining about response time. Which of the following changes to the slow LPAR would improve response time?()
第6题:
A shared pool with four capped LPARs
A shared pool with four uncapped LPARs
Four dedicated LPARs and use DLPAR to manage resources effectively
The server in SMP mode and use WLM to manage resources effectively
第7题:
Capped and with a lower share
Uncapped and with a lower share
Uncapped and with a higher share
Capped and with no change in share
第8题:
One single port Ethernet adapter
Four dual port Ethernet adapters
Two single port Ethernet adapters
Eight single port Ethernet adapters
第9题:
Use micropartitioning for test and QA environments, and DLPAR for the production applications
Use micropartitioning for test and QA environment, and CPU pooling for the production applications
Create standard LPARs for all test, QA, and production applications to keep all partitions separate and isolated.
Create DLPAR partitions for all test, QA, and production applications to keep test from disturbing production environment.
第10题:
New install of AIX
Migrate the 7040-61D
Utilize alt_disk_install
Use the enterprise back up strategy
第11题:
Enable SMT
Reduce the weight
Renice the process
Increase the weight
第12题:
It will require additional SCSI adapters and I/O drawers or external disks to support more than two LPARs.
It has sufficient built-in SCSI controllers and disk enclosures to support four total LPARs by only adding the necessary additional disks.
It is unable to use internal disks for LPARs and therefore additional adapters I/O drawers or external disks must be used to support all LPARs.
It can support six LPARs with internal disks but will require special features, cables and an adapter to support the additional LPARs with internal disks.
第13题:
Companycom has the following: 8 x 1.65GHz CPUs 16GB Memory 4 LPARs LPAR 1: Test/Dev 1 CPU, 2GB Memory, 1 Fibre Channel HBA, AIX 5.3 LPAR 2: QA 1 CPU, 2GB Memory, 1 Fibre Channel HBA, AIX 5.3 LPAR 3: Prod 3 CPUs, 6GB Memory, 1 Fibre Channel HBA, AIX 5.3 LPAR 4: Web App 3 CPUs, 6GB Memory, 1 Fibre Channel HBA, SUSE Linux Utilization over a 30 day period LPAR 1: Average utilization was 15%, Peak utilization was 100% LPAR 2: Average utilization was 25%, Peak utilization was 100% LPAR 3: Average utilization was 50%, Peak utilization was 90% LPAR 4: Average utilization was 35%, Peak utilization was 100% If the customer has a requirement for all four LPARs moved to a p5 590 and to have dedicated CPU resources. Which of the following would best describe the profile requirements?()
第14题:
Companycom is planning to do server consolidation on POWER5. The customer has a test environment, a QA environment and a production environment for two applications. Both the test and QA environments are very small and are only utilized when new releases are being developed and tested. They require less than 1 CPU each. Both production applications require 2 CPUs for day-to-day operation and can require up to an additional 2 CPUs each during abrupt peak requirements. What is the best design for the LPARs?()
第15题:
Companycom wants to deploy WebSphere in an HACMP environment, running on two servers in LPARs. These servers will also host the test and dev LPARs. The customer would like to use the test and dev resources to support an HACMP failover. What is the best way to accomplish this task?()
第16题:
The pSeries technical specialist is designing a two LPAR p5-570 with eight total processors. The system is a test system to run AIX 5.2. The customer has stated a preference for internal disks for the boot devices. The customer has said they may later need to run three or four LPARs without increasing the number of processors. What should the pSeries technical specialist tell the customer about the ability of the p5-570 to meet their requirements?()
第17题:
Companycom has the following: 8 x 1.65GHz CPUs 16GB Memory 4 LPARs LPAR 1: Test/Dev 1 CPU, 2GB Memory, 1 Fibre Channel HBA, AIX 5.3 LPAR 2: QA 1 CPU, 2GB Memory, 1 Fibre Channel HBA, AIX 5.3 LPAR 3: Prod 3 CPUs, 6GB Memory, 1 Fibre Channel HBA, AIX 5.3 LPAR 4: Web App 3 CPUs, 6GB Memory, 1 Fibre Channel HBA, SUSE Linux Utilization over a 30 day period LPAR 1: Average utilization was 15%, Peak utilization was 100% LPAR 2: Average utilization was 25%, Peak utilization was 100% LPAR 3: Average utilization was 50%, Peak utilization was 90% LPAR 4: Average utilization was 35%, Peak utilization was 100% If the customer has a requirement for all four LPARs to be moved to a p5 590 and assigned to a shared pool. Which of the following would best describe the profile requirements?()
第18题:
Activate the Trial COD for the processors and run a test to verify outcome
Activate the On/Off COD for the processors and run a test to verify outcome
Use rmss to simulate the processor workload and run a test to verify outcome
Use rmps to simulate the processor workload and run a test to verify outcome
第19题:
Set up the server in SMP mode and use WLM to manage resources effectively
Set up eight dedicated LPARs and use DLPAR to manage resources effectively
Set up a shared pool with eight capped LPARs including production and test/dev
Set up a shared pool with eight uncapped LPARs with priority weight to Production
第20题:
Use shared memory and semaphores to transfer the data to the TSM LPAR
Provide gigabit Ethernet adapters in each LPAR and run a crossover cable
Create a Virtual Ethernet between the production server and the TSM LPARs
Create a Virtual Ethernet between the TSM server LPAR and the non-production LPARs
第21题:
Run the test and dev LPARs in an uncapped mode
Activate COD resources if a failover should occur
Use DLPAR to move resources between the test and dev and the HACMP LPAR
Stop the test and dev environments, bring up new profile for HACMP failover
第22题:
Allocate the CD to the VIO Server and NFS export the CD to the user LPARs
Allocate the CD to one of the user LPARs and config the VIO Server to NFS import it
Allocate the CD to the VIO Server and the LPARs will share it as a Virtual SCSI device
Allocate the CD to one of the user LPARs and NFS export it to the remaining user LPARs
第23题:
LPARs 1 and 2, SMT on, min CPU 1.0, max CPU 1.0, desired CPU 1.0 LPARs 3 and 4, SMT on, min CPU 1.0, max CPU 3.0, desired CPU 2.0
LPARs 1 and 2, SMT on, min CPU 1.0, max CPU 1.0, desired CPU 1.0 LPARs 3 and 4, SMT on, min CPU 2.0, max CPU 3.0, desired CPU 3.0
LPARs 1 and 2, SMT on, min CPU 1.0, max CPU 3.0, desired CPU 3.0 LPARs 3 and 4, SMT on, min CPU 1.0, max CPU 3.0, desired CPU 2.0
LPARs 1 and 2, SMT off, min CPU 1.0, max CPU 1.0, desired CPU 1.0 LPARs 3 and 4, SMT off, min CPU 1.0, max CPU 3.0, desired CPU 3.0
第24题:
Use AIX 5.3 which supports micro-partitioning for both the test and training LPARS
Use DLPAR to move resources from the test LPAR to training when training is active
Install Partition Load Manager to share resources between the test and training environments
Install Advanced Power Virtualization and then use micro-partitioning for both the test and training LPARs